20 years of expertise · High-Tech Enterprise · one-stop manufacturing services
Integrated service provider for professional mold making and injection production.
Founded in 2006, a high-tech enterprise integrating product design, mold manufacturing, and injection-molding production, dedicated to providing quality manufacturing services to global clients.
With a complete supply-chain system from mold design to finished-product assembly, we provide end-to-end one-stop solutions, greatly shortening the product time-to-market.
Molds are 100% self-developed; with the scientific injection molding process introduced, mold development cycle is shortened by 20% and molding defect rate is controlled below 5‰.
Data-backed precision manufacturing strength · 20 years deep in molds and injection
In-House Mold Development Rate
Injection yield rate (defect rate <0.5%)
Overall Equipment Utilization Rate
On-Time Delivery Rate
Deeply integrate precision manufacturing processes with AI algorithms for ultra-fast response.
Introducing modern plastic injection molding technology into powder metallurgy, suitable for producing small, 3D complex-shaped metal parts.
Equipped with high-precision CNC and EDM; specializes in multi-cavity / two-color and rubber-overmold mold development, ensuring extra-long mold life.
With 12 Haitian injection molding machines of 90–200 tons, we strictly execute scientific injection molding, from mold trial to mass production, with full-process CPK control.
High-precision machining services for metal structural parts such as aluminum alloy and stainless steel, providing one-stop post-processing such as anodizing and sandblasting.
Structure development for injection-molding mass production: part splitting and parting-line design, snap-fit sealing, tolerance chains, and DFM review, delivering 3D digital models and 2D engineering drawings ready for tooling.
Before tooling, 'drop the product' with FEA: whole-device drop, small-ball impact, press, and vibration-fatigue simulation to quantitatively verify structural reliability.
No digital model? A single physical sample suffices: blue-light scanning, point-cloud reverse reconstruction, redesign, and 3D-printing small batches, seamlessly bridging to tooling and mass production.
Based on precision manufacturing big-data analysis, covering three core domains: MIM, plastics and mold development.
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Including Multi-Cavity / Two-Shot / Overmolding Molds
High-Precision Sintering Shrinkage Control
Advanced equipment and a complete quality management system
Equipped with 13 Haitian precision injection molding machines and mold processing equipment such as Taiqun Jingji, enabling 24-hour automated high-efficiency production.
International Quality Management System Certification
MIM / Injection Molding / CNC / 3D Printing / Mold — how to choose the best for your product?
Combining powder metallurgy with plastic injection, it suits high-volume production of 3D-complex, high-density small metal parts — near-net shape, almost no post-machining.
Using Haitian high-speed injection molding machines, we apply scientific molding processes covering communication, medical, and appliance housings and structural parts, with full-process CPK control from mold trial to mass production.
5-axis machining centers for metal structural parts such as aluminum alloy, stainless steel, and brass, providing high precision and one-stop surface treatment.
For R&D verification, complex conformal structures, and small-batch customization; shortens development cycles and forms a complementary process chain with CNC and injection molding.
100% in-house development, equipped with high-precision CNC and EDM, strong in multi-cavity, two-color, and overmolding molds, with mold life above 500,000 shots.
Precision manufacturing practice spanning consumer electronics, medical, automotive, and appliances.
Mass-produced complex-shaped titanium-alloy mid-frames for a top wearable brand, density 98.5%, assembly tolerance controlled within ±0.03mm, monthly capacity 300,000 sets.
Using medical-grade PC/ABS with scientific injection molding, zero appearance defects and stable dimensions, passing biocompatibility and RoHS compliance audits, with defect rate <0.5%.
Machined aluminum-alloy sensor brackets for a new-energy vehicle maker; five-axis simultaneous control ensures hole concentricity, tolerance ±0.01 mm, passed IATF system audit.
Two-shot overmolding in one piece, combining soft and hard to improve sealing and feel, with 100% in-house mold development and a 20% shorter mass-production ramp-up cycle.
Real answers on mold development, quoting, and cooperation.
Standard injection molds typically take 25–40 days, including 3D review, mold-flow analysis, CNC machining, EDM, mold trial and rework; MIM and two-shot molds range 35–55 days depending on complexity. We provide a milestone-based progress dashboard to ensure on-time delivery.
Molds are priced per set; injection-molding mass production generally has an MOQ of 5,000–10,000 pieces, while the prototyping stage can provide small-batch trial production of tens to hundreds of pieces for customer validation.
We sign NDAs and implement tiered confidentiality management; client drawings are stored encrypted, access is granted per project, and client-specific structures are never copied or reused for third parties.
Please provide the 3D model (STP/IGS), material grade, estimated volume, and precision and appearance requirements. Based on our AI quoting tool, we can give a reference price for the mold and per-part machining within 1–2 business days.
Mold machining precision can reach ±0.005 mm, with high dimensional stability of molded parts; mold life is generally above 500,000 shots, and key components use quality steel and surface treatment to extend service life.
Requirement review → solution & quotation → contract signing → design & mold-flow analysis → machining & mold trial → sample confirmation → mass production & quality control → delivery & after-sales—the entire process is handled by a dedicated project engineer.
Whether it is mold development, injection-molding mass production, MIM metal parts, or CNC precision machining, our engineering team will evaluate the process, cost, and lead time for you.
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